1. Be able to design the structure of computer networks according to the task;
2. Be able to choose the technology for building a corporate computer network;
3. Be able to choose the necessary terminal and communication equipment for the computer network and build a structured cabling system;
4. Be able to structure the networks at the channel and network levels;
5. Be able to determine the main characteristics of the corporate network.

prerequisites:
• Information theory and coding
• Information Technology
co-requisites:
• Fundamentals of telecommunication technologies.
• Computer networks.

To develop a corporate computer network of an educational institution that will provide users with the following services: access to distributed information, software and technical resources of the corporate computer network; transfer of multimedia traffic; access to the Internet; use of corporate and public Web, FTP and E-mail servers; protection against unauthorized access from the public network.

1. Компьютерные сети. Принципи, технологии, протоколи / В.Г.Олифер, Н.А.Олифер.-, 5 изд. — СПб.: Питер, 2016. — 916 с.
2. Таненбаум Э., Уэзеролл Д. Т18 Компьютерные сети. 5-е изд. — СПб.: Питер, 2012. — 960 с.
3. Джеймс Ф. Куроуз, Кит В. Росс Переводчик: Михаил Райтман. Издательство: Эксмо. Серия Мировой компьютерный бестселлер, 2016— 912 с.
4. Буров Є., Митник М. Комп’ютерні мережі.( у 2-х томах) Львів, Магнолія, 2018.
5. Палмер М., Синклер Р. Проектирование и внедрение комп’ютерных сетей. Учебный курс.- Спб: БХВ-Петербург, 2004.
6. Столлингс В. Современные компьютерные сети. – СПб: "Питер", 2003, 783 с.

• final control - test (written, oral form) (100%).

1. Know the basic concepts and terminology of computer networks;
2. Know the basic standards and protocols of computer networks;
3. Know and be able to use the basic software of computer networks;
4. Know and be able to apply basic access methods and basic network architectures;
5. Be able to select and calculate the main hardware of computer networks;
6. Be able to choose and apply network operating systems;
7. Be able to choose and apply network security tools and methods.

prerequisites:
• Information theory and coding
• Information Technology
co-requisites:
• Fundamentals of telecommunication technologies

The history and evolution of computer networks. Classification of computer networks. Standardization on computer networks. Switching methods in networks. General principles for building local and global computer network networks. Topologies and data networks on computer networks. Addressing computers on the network. Network communication equipment. Structuring of local networks. Reference model of interaction of open OSI systems. TCP / IP protocol stack. Basic application, transport, firewall, and access layer protocols. Reference model IоT. Basic LAN technologies. Ethernet technology family. Ethernet frame formats. Token Ring Technologies, FDDI. Virtual LANs. Purpose of virtual networks. Creating virtual networks based on one switch and multiple switches. VLAN configuration. Switch Limitations Based on STP / RSTP / MSTP Loop Prevention Protocols. IP protocol version IPv4, IPv6. IPv4, IPv6 packet structure. IP address IPv4, IPv6. IP network structuring. The sequence of assignment of IP addresses by DHCP, RARP. NAT Network Address Conversion Technologies. Domain name systems are DNS servers. IPv6 and IPv4 sharing (IPv6 migration technologies: dual stack, tunneling, NAT64). Internet routing. Routing between Vlan. Broadcast and group routing. Internal Routing Protocols on the Internet: RIP, OSPF Routing between Autonomous Systems: BGP. Organization and services of global networks. Transport technologies of global networks. MPLS technology. Ethernet carrier class. VPN Virtual Private Networks. Computer network administration infrastructure. The architecture of governing Internet standards. RMON and SNMP network management protocols. MIB database. Network Security Basics. Basics of cryptography. Secure Transmission Protocols S-HTTP, SSH / SSL, IPsec. Demilitarized zone. Ensuring anonymity on the Internet: Tor, freenet. Wireless Networking Technologies. Principles of operation and deployment. Data security and wireless security. Industrial Networks: AS-Interface, CAN, Industrial Ethernet, Modbus, Profibus. Computer Network Security Techniques and Techniques: Network, Transportation, and Application Levels Methods and techniques for protecting computer networks: local and global networks. Computer network security software. Perspectives and directions of improvement.

1. Компьютерные сети. Принципи, технологии, протоколи / В.Г.Олифер, Н.А.Олифер.-, 5 изд. — СПб.: Питер, 2016. — 916 с.
2. Таненбаум Э., Уэзеролл Д. Т18 Компьютерные сети. 5-е изд. — СПб.: Питер, 2012. — 960 с.
3. Джеймс Ф. Куроуз, Кит В. Росс Переводчик: Михаил Райтман. Издательство: Эксмо. Серия Мировой компьютерный бестселлер, 2016— 912 с.
4. Буров Є., Митник М. Комп’ютерні мережі.( у 2-х томах) Львів, Магнолія, 2018.
5. Палмер М., Синклер Р. Проектирование и внедрение комп’ютерных сетей. Учебный курс.- Спб: БХВ-Петербург, 2004.
6. Столлингс В. Современные компьютерные сети. – СПб: "Питер", 2003, 783 с.

• written reports on laboratory work, oral examination, (30%).
• final control - exam (written, oral form) (70%).